Sensor networks and AI verification for coastal land — built for municipalities, utilities, and resilience operators facing saltwater intrusion, stormwater stress, and climate-driven soil change.




Roads, grids, and water systems get sensor networks and operations software. Soil — the substrate they all depend on — does not. We're changing that.
Each row below shows the manual status quo and the Sentinel East replacement workflow.
Every deployment ships these components — configured to the operator's parcels, workflows, and climate exposure.
Three architectures, one infrastructure pattern. Every layer is auditable, replaceable, and operator-controlled.
Every Sentinel East site runs an AI model on the LoRaWAN gateway itself — no cloud dependency, no outage risk, sub-second response. The model fuses multi-depth probe data with satellite NDVI, NOAA hydrology, and local climate projections to produce recommendations that are gated on a 2030 and 2050 viability check.
[09:14:02] sensors: 38 packets · 4 depths · gateway RAK7268V2 [09:14:02] model: sentinel-soil-v3 · 612ms · edge [09:14:03] ai: microbial Δ +0.03 · within band [09:14:03] climate: 2030 ✓ 2050 ✓ recommendation valid [09:14:04] route: ops-dashboard · operator: cape-may-12 [09:14:05] action: advisory issued · cover-crop window
A fixed-scope, fixed-timeline rollout that ends with a fully operational soil infrastructure system — not a slide deck.
Indicative ranges from pilot deployments and comparable field-data benchmarks. Sentinel East commits to a measured baseline at install.
A 240-acre coastal NJ parcel flagged 'marginal' by every conventional soil lab. The deployed sensor network and on-gateway model surfaced what standard testing missed.
Projected lift from "marginal" to productive tier in a single growing season.
vs. ~180 days for a conventional soil consulting engagement.
EQIP practice codes mapped automatically from the intervention plan.
The same Sentinel East stack configures differently for each operator class — same telemetry, different workflow.
We don't drop software and disappear. Each install comes with a named Sentinel East operator who walks the site, configures the model, trains your staff, and remains the human accountable for the system. AI accelerates the work — people own the outcome.
Sentinel East is a soil-data system of record. We treat it like one — with the controls, logging, and human oversight that infrastructure software demands.
The next decade of climate operations won't be won with policy memos. It will be won with continuous land telemetry, edge intelligence, and operator workflows that act on it before damage compounds. Sentinel East is building that operating system.
Every Sentinel East deployment ships with a named operator who walks your site, configures the model, trains your team, and remains the human accountable for the system. That operator, today, is the founder.
Joaquin built Sentinel East to solve a specific operational problem: the systems that decide what our land does — stormwater plans, conservation budgets, climate-resilience grants — still run on soil data from the 1970s. That isn't an information problem. It's an infrastructure problem. Sentinel East replaces the substrate with continuous telemetry, edge AI, and workflows public-sector teams can actually run.
Background spans AI agent development, LoRaWAN / IoT networks, and municipal operations strategy. Advised by Steven Oakie, SCORE Greater Philadelphia. Sentinel East Technologies LLC is registered in New Jersey.
